A survey and analysis is made of all available ω-gliadin DNA sequences including ω-gliadin genes within a large genomic clone, previously reported gene sequences, and ESTs identified from the large wheat EST collection.
Seven of these 176 genes overlap with those identified in the analysis of Whitney AR et al. that reported genes that show large inter-individual variation in expression in whole blood, including genes involved in RNA regulation (DDX17), nuclear protein import (KPNA6), and lymphocyte biology (HLA-DQA1, CTSW, and GNLY [26].
Recently, the two largest AD GWAS reported three genes (CLU, PICALM and CR1) reaching genome wide significance when studying over 16000 individuals.
Furthermore, the large number of reported resistance genes renders targeted molecular approaches, such as PCR, inefficient.
From the Table 3, one can see that a large number of reported expressed genes in these pathways were related to the glioma (from 50% to 83%).
We have previously reported large-scale gene and microRNA profiling in epithelial cells expressing the HPV 16 E5 oncogene [ 10, 11].
Eighty t2r genes were identified, by far the largest family reported for any species so far.
Large-scale transcriptional profiling studies in each cancer type have reported aberrant gene expression associated with cancer development.
Beside CD25 and Foxp3, a large proportion of genes reported as Treg-specific genes in nTregs and in TGFβ-induced iTregs [27], [41], [42] were similarly regulated in mature iTregs generated in our system.
The large GWASs reported here had adequate power to detect a single major gene determining handedness.
